wireguard.io
Build Status - WireGuard
https://www.wireguard.io/build-status
Routing and Network Namespaces. Builds are triggered for each of the longterm, stable, and mainline releases of kernel versions 3.18 for every WireGuard commit. A fresh kernel is built, along with a custom minimal initramfs, and the network namespace test suite. Is run inside of QEMU/KVM. This project is from ZX2C4. And from Edge Security. A firm devoted to information security research expertise.
wireguard.io
Roadmap - WireGuard
https://www.wireguard.io/roadmap
Routing and Network Namespaces. We must write an implementation in a cross-platform fashion using a safe language like Rust, Go, or Haskell. Since it will run in userspace (using a TUN device), it will not be as fast as platform-native versions, but will still be widely sufficient for Mac and Windows users (and still faster than OpenVPN). See the implementation notes. Tool is only useful for configuring WireGuard-specific aspects. For other network config, like routing and IP addresses, the usual. After ...
wireguard.io
Routing & Network Namespaces - WireGuard
https://www.wireguard.io/netns
Routing and Network Namespaces. Routing and Network Namespace Integration. Routing All Your Traffic. The New Namespace Solution. Routing and Network Namespace Integration. Like all Linux network interfaces, WireGuard integrates into the network namespace infrastructure. This means an administrator can have several entirely different networking subsystems and choose which interfaces live in each. WireGuard does something quite interesting. When a WireGuard interface is created (with. Note that this same t...
wireguard.io
Installation - WireGuard
https://www.wireguard.io/install
Routing and Network Namespaces. Option A) Distribution Packages. Option B) Compiling from Source. WireGuard is currently under heavy development, and therefore any installation steps here should be considered as experimental. Please do not rely on WireGuard at this stage. We are rapidly working toward a first release that we will consider secure and ready for widespread usage, but that time has not yet come. Or, if your distribution supports it yet, from distribution packages. The latest snapshot is v.
wireguard.io
Presentations - WireGuard
https://www.wireguard.io/presentations
Routing and Network Namespaces. February 5, 2017 – FOSDEM, Brussels, Belgium. October 21, 2016 – Codeblue, Tokyo, Japan. September 30, 2015 – Kernel Recipes, Paris, France. February 5, 2017 – FOSDEM. This sysadmin-oriented talk went into detail on the overall design and usage of WireGuard, in addition to some of its design considerations, while adding a little bit about the crypto and security aspects at the end. October 21, 2016 – Codeblue. September 30, 2015 – Kernel Recipes. Information out of date).
wireguard.io
Cross-platform Interface - WireGuard
https://www.wireguard.io/xplatform
Routing and Network Namespaces. While WireGuard has initially been developed for the Linux kernel, for maximum performance, it is planned to release several userspace implementations in Go and Rust, and perhaps other language and platforms. There are already small test programs written in Go, Rust, and Haskell in the. A userspace implementation should have the following extremely limited command line interface:. Userspace-wg [-f/- foreground] INTERFACE-NAME. Tool will look for interfaces in. And the same...
wireguard.io
Quick Start - WireGuard
https://www.wireguard.io/quickstart
Routing and Network Namespaces. NAT and Firewall Traversal Persistence. You'll first want to install WireGuard. A new interface can be added via. Which should automatically handle module loading:. Ip link add dev wg0 type wireguard. An IP address and peer can be assigned with. Ip address add dev wg0 192.168.2.1 peer 192.168.2.2. The interface can be configured with keys and peer endpoints with the included. Wg setconf wg0 myconfig.conf. Finally, the interface can then be activated with. There are also the.
wireguard.io
Protocol & Cryptography - WireGuard
https://www.wireguard.io/protocol
Routing and Network Namespaces. Key Exchange and Data Packets. First Message: Initiator to Responder. Second Message: Responder to Initiator. Subsequent Messages: Exchange of Data Packets. Nonce Reuse and Replay Attacks. Much more information may be found in the technical whitepaper. For just a quick and dirty overview, read onward here. The following protocols and primitives are used:. For symmetric encryption, authenticated with Poly1305. Using RFC7539's AEAD construction. A handshake is retried after.
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